Sentence examples for computational construction from inspiring English sources
An easily applied graphical approach for facilitating precise tailoring during computational construction of model uncapped or capped single-wall nanotubes or fullerenes is delineated and utilized in this paper.
This paper contributes to the field of computational Construction Grammar (cf. Steels, 2012; Van Trijp, 2011) by providing a linguistically oriented formalized treatment of argument structure constructions within the architecture of a multipurpose lexico-conceptual knowledge base for Natural Language Processing systems known as FunGramKB (Periñán, 2013).
The computational construction of atom maps is therefore an important practical problem in chemoinformatics [ 11].
Therefore, Computational construction of coding and non-coding gene co-expression network with different algorithms could infer the lncRNA potential biological functions [ 7, 8].
Furthermore, a discussion about the results regarding the computational model construction is available.
The automated computational workflow construction that can be achieved thanks to this tight resource integration can be demonstrated by carrying out simple Lipinski Rule of Five analysis [31].
The MR-to-model pipeline described in this study provides the potential for individualized computational model construction, representing experimentally obtained functional (e.g., optical mapping) and structural (MR) data on individual preparations.
Computational and modular construction approaches are key.
By this method the nodal connectivity is imposed through nodal sets with reduced size, reducing significantly the computational effort in construction of the shape functions.
This paper considers 1) research parameters for the individual components of RTC (such as computational design processes, construction methods and fabrication strategies), and 2) the architectural implications of integrating these components into a systemic, unifying process at the earliest stages of design.
These results demonstrate that the computational model allows construction of more complex visual assessments than human-based scoring when quantifying the relative differences in morphology between these strains.
